MIT's study suggests eco-driving, involving dynamic speed adjustments, could reduce vehicle emissions by up to 22% at intersections.

Cloudian is enhancing data storage for AI, creating systems that allow for faster data transfer to AI's processing units, fulfilling the increasing demands of AI for data access and management.

MIT and Duke researchers used machine learning to identify ferrocene-based mechanophores for stronger plastics, potentially extending product lifetimes and reducing waste.

Tissium's suture-free biopolymer technology, developed from MIT research, has received FDA approval for peripheral nerve repair, offering a new standard in surgical tissue reconstruction.

MIT CSAIL researchers developed a system called Neural Jacobian Fields (NJF) that enables robots to learn about their bodies using vision, simplifying robot control without extensive sensors.

The Lemelson-MIT InvenTeams initiative encourages high school students to solve real-world problems by inventing, providing them with grants and opportunities to showcase their work at events like Eurekafest.

MIT researchers and collaborators created a bio-inspired adhesive, akin to a remora's suction, that adheres to wet tissues and could improve drug delivery and medical monitoring.

MIT launches the Fairbairn Menstruation Science Fund with a $10 million donation to explore sex-based differences in immunology and their link to diseases.

MIT engineers have developed a new 3D printing method that reduces waste by using a novel resin that allows for the removal of support structures without excess material discard.

MIT and Singapore-MIT Alliance researchers have developed a technology that extends produce shelf life by using biodegradable microneedles to inject melatonin into plants, which may help reduce global food waste.

Researchers have developed a technique that allows robots to identify object properties by handling them, an advance that could be useful in low-visibility scenarios.

MIT and Singapore researchers developed silk microneedles to efficiently deliver nutrients and chemicals to plants, potentially reducing environmental impact and waste.

MIT engineers advanced gene therapy with a control circuit for precise treatment of genetic disorders like Fragile X syndrome and Friedreich’s ataxia.